(1) A signal m(t) band-limited to 3kHz is sampled at a rate 100/3% higher than the Nyquist rate. The maximum acceptable error in the sample amplitude (the maximum quantization error) is 0.5% of the peak amplitude m,. The quantized samples are binary coded. Find the minimum bandwidth of a channel required to transmit the encoded binary signal. If 24 such signals are time-division- multiplexed, determine the minimum transmission bandwidth required to transmit the multiplexed signal.

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(1) A signal m(t) band-limited to 3kHz is sampled at a rate 100/% higher than the
Nyquist rate. The maximum acceptable error in the sample amplitude (the
maximum quantization error) is 0.5% of the peak amplitude m,. The quantized
samples are binary coded. Find the minimum bandwidth of a channel required
to transmit the encoded binary signal. If 24 such signals are time-division-
multiplexed, determine the minimum transmission bandwidth required to
transmit the multiplexed signal.
Transcribed Image Text:(1) A signal m(t) band-limited to 3kHz is sampled at a rate 100/% higher than the Nyquist rate. The maximum acceptable error in the sample amplitude (the maximum quantization error) is 0.5% of the peak amplitude m,. The quantized samples are binary coded. Find the minimum bandwidth of a channel required to transmit the encoded binary signal. If 24 such signals are time-division- multiplexed, determine the minimum transmission bandwidth required to transmit the multiplexed signal.
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